The Shimadzu Axial Sensor Unit ASSY W2403 is a dedicated non-standard option part for the TMP-W2403 molecular pump. This axial magnetic bearing sensor assembly provides precise monitoring and reliable performance in high-vacuum systems, ensuring accurate sensor feedback and optimal pump operation.
The Shimadzu SHAFT ASSY 303LM is an original OEM option part designed for repairing TMP-203 and TMP-404 series molecular pumps. Offering precise compatibility and reliable performance, it minimizes downtime and maintains optimal vacuum system operation.
An original Shimadzu Radial Unit 2 Assembly 303, including Radial Magnet Bearing 2 and Radial Sensor 2, for TMP-203 and TMP-403 series molecular pumps. Genuine replacement parts designed for repair and maintenance of Shimadzu vacuum systems.
Shimadzu Option Parts Radial Sensor 1 Assembly 303 for TMP-203/403 series molecular pumps provides genuine repair parts for precise sensing and reliable performance. Compatible with TMP-203 and TMP-403 pumps, this original Shimadzu component ensures optimal compatibility and long service life.
Original Shimadzu Radial Magnet Bearing (1) Assembly 303 for TMP-203/403 series molecular pumps. OEM option parts designed for reliable repair and maintenance, ensuring compatible performance and extended service life of TMP-203/403 pumps.
The Shimadzu Motor Stator is an original OEM repair part for TMP-203 through TMP-403 molecular pumps. Designed to restore reliable motor performance and longevity, this stator supports precise vacuum pump operation in semiconductor, laboratory, and industrial applications.
Shimadzu Option Parts Axial Sensor Target 303 for TMP-203, 404 Series Molecular Pumps offers precise alignment and reliable performance for Shimadzu turbomolecular pumps. This high-precision spare part ensures stable sensor operation and compatibility with TMP-203 and TMP-404 series in vacuum systems.
Original Shimadzu option parts Axial Sensor Unit Assy 303 for TMP-203 and TMP-403 series molecular pumps. Ideal for repair and maintenance, providing reliable sensing and stable performance in semiconductor, research, and vacuum applications.
Shimadzu Option Parts Axial Rotor Disk 303 for TMP-203 and TMP-403 series molecular pumps. OEM-grade spare part for maintenance and repair of high-precision vacuum systems, providing reliable performance.
The Shimadzu Axial Magnet Bearing Assembly (2) is an original replacement part for TMP-203 and TMP-403 series molecular pumps. This option part supports repair and maintenance, ensuring compatibility and reliable operation of Shimadzu pumps in vacuum systems.
Axial Magnet Bearing (1) Assembly, Original Shimadzu replacement part for TMP-203 to TMP-403 series molecular pumps. This option part enables reliable maintenance and repair, preserving pump performance and compatibility.
ISO Caliper Flange is a standard vacuum-pipeline connector range from ISO63 to ISO630, made from SS304/304L/316/316L stainless steel. Featuring clamp-type quick connection and high-to-ultra-high vacuum compatibility, it delivers precise dimensional tolerances, excellent sealing, corrosion resistance, and easy interchangeability for semiconductor, vacuum coating, scientific research equipment, analytical instruments, accelerators, and synchrotron facilities.
Protect turbomolecular pumps from particulates with our Custom CF-F Interface Inlet Protection Filter Net. The single protective mesh offers comprehensive defense against foreign objects entering the inlet. Available in DN63, DN100, DN160, DN200, and DN250 CF-F sizes, with ISO-F and ISO-K interface options on request. Designed to safeguard high-speed turbomolecular pumps during installation and operation, reducing risk of damage and ensuring clean vacuum performance for semiconductor, vacuum coating, and research applications.
The CF Blind Flange (Non-Rotatable, Through-Hole) delivers excellent sealing performance in high-vacuum systems. Its fixed, non-rotatable design keeps the flange in a precise position, while the through-hole enables gas sampling or discharge. Manufactured by precision CNC turning for tight tolerances and smooth surfaces, it is available in Stainless Steel (304, 316, 316L), Aluminum Alloy, and Copper. Surface treatments follow ISO 13715 and ISO 1302 for durability in demanding environments. Customizable dimensions and the CF blind plate series (CF160B, CF200B, CF250B) support a wide range of industrial applications.
The TXV4.25 dry-running rotary vane vacuum pump delivers reliable, oil-free vacuum generation with integrated air filtration and low noise. Ideal for clean, maintenance-free operation in industrial, laboratory, and manufacturing environments.
The TXV8 oil-free rotary vane vacuum pump delivers a pumping speed of 6.8/8.6 m³/h, operates quietly at 62 dB, and ensures clean, oil-free performance. Ideal for laboratory, medical, and industrial vacuum applications requiring low maintenance and high reliability.
The TXV10 Dry Oil-Free Rotary Vane Vacuum Pump delivers a 10/12 m³/h pumping speed with a 0.55 kW motor. Ideal for medical, printing, and packaging industries, it ensures clean, reliable vacuum performance with a compact design.
The Turbine Fan PN 971445920 ensures optimal cooling for Leybold Sogevac SV300B rotary vane vacuum pumps. Designed for durability and efficiency, it supports high-performance vacuum systems in chemical, electronic, and semiconductor industries.
The 2TX-18D Two-Stage Rotary Vane Vacuum Pump delivers high pumping speeds (8–65 m³/h) and an ultimate pressure of 10⁻⁴ mbar. Featuring low noise, air cooling, and a built-in anti-return valve, it’s ideal for vacuum coating, semiconductors, and refrigeration.
The TX-08D Double Stage Rotary Vane Vacuum Pump delivers a powerful 8 m³/h pumping speed and a 3×10⁻³ mbar limit vacuum. With low noise and robust design, it’s perfect for industrial, laboratory, and refrigeration applications.
The 2TX-36 Two-Stage Rotary Vane Vacuum Pump delivers high pumping speeds (8-65 m³/h) and ultimate pressure of 10⁻⁴ mbar. With low noise, air cooling, and a compact design, it’s ideal for vacuum coating, semiconductors, and refrigeration.
The Shimadzu Axial Sensor Unit ASSY W2403 is a dedicated non-standard option part for the TMP-W2403 molecular pump. This axial magnetic bearing sensor assembly provides precise monitoring and reliable performance in high-vacuum systems, ensuring accurate sensor feedback and optimal pump operation.
The Shimadzu SHAFT ASSY 303LM is an original OEM option part designed for repairing TMP-203 and TMP-404 series molecular pumps. Offering precise compatibility and reliable performance, it minimizes downtime and maintains optimal vacuum system operation.
An original Shimadzu Radial Unit 2 Assembly 303, including Radial Magnet Bearing 2 and Radial Sensor 2, for TMP-203 and TMP-403 series molecular pumps. Genuine replacement parts designed for repair and maintenance of Shimadzu vacuum systems.
Shimadzu Option Parts Radial Sensor 1 Assembly 303 for TMP-203/403 series molecular pumps provides genuine repair parts for precise sensing and reliable performance. Compatible with TMP-203 and TMP-403 pumps, this original Shimadzu component ensures optimal compatibility and long service life.
Original Shimadzu Radial Magnet Bearing (1) Assembly 303 for TMP-203/403 series molecular pumps. OEM option parts designed for reliable repair and maintenance, ensuring compatible performance and extended service life of TMP-203/403 pumps.
The Shimadzu Motor Stator is an original OEM repair part for TMP-203 through TMP-403 molecular pumps. Designed to restore reliable motor performance and longevity, this stator supports precise vacuum pump operation in semiconductor, laboratory, and industrial applications.
Shimadzu Option Parts Axial Sensor Target 303 for TMP-203, 404 Series Molecular Pumps offers precise alignment and reliable performance for Shimadzu turbomolecular pumps. This high-precision spare part ensures stable sensor operation and compatibility with TMP-203 and TMP-404 series in vacuum systems.
Original Shimadzu option parts Axial Sensor Unit Assy 303 for TMP-203 and TMP-403 series molecular pumps. Ideal for repair and maintenance, providing reliable sensing and stable performance in semiconductor, research, and vacuum applications.
Shimadzu Option Parts Axial Rotor Disk 303 for TMP-203 and TMP-403 series molecular pumps. OEM-grade spare part for maintenance and repair of high-precision vacuum systems, providing reliable performance.
The Shimadzu Axial Magnet Bearing Assembly (2) is an original replacement part for TMP-203 and TMP-403 series molecular pumps. This option part supports repair and maintenance, ensuring compatibility and reliable operation of Shimadzu pumps in vacuum systems.
Axial Magnet Bearing (1) Assembly, Original Shimadzu replacement part for TMP-203 to TMP-403 series molecular pumps. This option part enables reliable maintenance and repair, preserving pump performance and compatibility.
ISO Caliper Flange is a standard vacuum-pipeline connector range from ISO63 to ISO630, made from SS304/304L/316/316L stainless steel. Featuring clamp-type quick connection and high-to-ultra-high vacuum compatibility, it delivers precise dimensional tolerances, excellent sealing, corrosion resistance, and easy interchangeability for semiconductor, vacuum coating, scientific research equipment, analytical instruments, accelerators, and synchrotron facilities.
Protect turbomolecular pumps from particulates with our Custom CF-F Interface Inlet Protection Filter Net. The single protective mesh offers comprehensive defense against foreign objects entering the inlet. Available in DN63, DN100, DN160, DN200, and DN250 CF-F sizes, with ISO-F and ISO-K interface options on request. Designed to safeguard high-speed turbomolecular pumps during installation and operation, reducing risk of damage and ensuring clean vacuum performance for semiconductor, vacuum coating, and research applications.
The CF Blind Flange (Non-Rotatable, Through-Hole) delivers excellent sealing performance in high-vacuum systems. Its fixed, non-rotatable design keeps the flange in a precise position, while the through-hole enables gas sampling or discharge. Manufactured by precision CNC turning for tight tolerances and smooth surfaces, it is available in Stainless Steel (304, 316, 316L), Aluminum Alloy, and Copper. Surface treatments follow ISO 13715 and ISO 1302 for durability in demanding environments. Customizable dimensions and the CF blind plate series (CF160B, CF200B, CF250B) support a wide range of industrial applications.
The TXV4.25 dry-running rotary vane vacuum pump delivers reliable, oil-free vacuum generation with integrated air filtration and low noise. Ideal for clean, maintenance-free operation in industrial, laboratory, and manufacturing environments.
The TXV8 oil-free rotary vane vacuum pump delivers a pumping speed of 6.8/8.6 m³/h, operates quietly at 62 dB, and ensures clean, oil-free performance. Ideal for laboratory, medical, and industrial vacuum applications requiring low maintenance and high reliability.
The TXV10 Dry Oil-Free Rotary Vane Vacuum Pump delivers a 10/12 m³/h pumping speed with a 0.55 kW motor. Ideal for medical, printing, and packaging industries, it ensures clean, reliable vacuum performance with a compact design.
The Turbine Fan PN 971445920 ensures optimal cooling for Leybold Sogevac SV300B rotary vane vacuum pumps. Designed for durability and efficiency, it supports high-performance vacuum systems in chemical, electronic, and semiconductor industries.
The 2TX-18D Two-Stage Rotary Vane Vacuum Pump delivers high pumping speeds (8–65 m³/h) and an ultimate pressure of 10⁻⁴ mbar. Featuring low noise, air cooling, and a built-in anti-return valve, it’s ideal for vacuum coating, semiconductors, and refrigeration.
The TX-08D Double Stage Rotary Vane Vacuum Pump delivers a powerful 8 m³/h pumping speed and a 3×10⁻³ mbar limit vacuum. With low noise and robust design, it’s perfect for industrial, laboratory, and refrigeration applications.
The 2TX-36 Two-Stage Rotary Vane Vacuum Pump delivers high pumping speeds (8-65 m³/h) and ultimate pressure of 10⁻⁴ mbar. With low noise, air cooling, and a compact design, it’s ideal for vacuum coating, semiconductors, and refrigeration.